A Continued Pretrained LLM Approach For Automatic Medical Note Generation
Yuan Dong, Rastogi Eti, Naik Gautam, Rajagopal Sree Prasanna, Goyal Sagar, Zhao Fen, Chintagunta Bharath, Ward Jeff. Arxiv 2024
[Paper]
LLMs are revolutionizing NLP tasks. However, the use of the most advanced LLMs, such as GPT-4, is often prohibitively expensive for most specialized fields. We introduce HEAL, the first continuously trained 13B LLaMA2-based LLM that is purpose-built for medical conversations and measured on automated scribing. Our results demonstrate that HEAL outperforms GPT-4 and PMC-LLaMA in PubMedQA, with an accuracy of 78.4%. It also achieves parity with GPT-4 in generating medical notes. Remarkably, HEAL surpasses GPT-4 and Med-PaLM 2 in identifying more correct medical concepts and exceeds the performance of human scribes and other comparable models in correctness and completeness.
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